def draw_N1(self, a, j, da=0.001):
a += da
s1 = Solver(a, j)
s2 = Solver(a, j + 1)
x1 = []
y1 = []
x2 = []
y2 = []
while a < s1.inB**(-1):
x1.append(a)
y1.append(s1.calc_N1())
a += da
s1.reload(a, j)
a = 0
while a < s2.inB**(-1):
x2.append(a)
y2.append(s2.calc_N1())
a += da
s2.reload(a, j + 1)
points = []
points.append(((x1, y1), 'tmp.dat', 'N1(a)'))
points.append(((x2, y2), 'tmp2.dat', 'N1(2)(a)'))
self._draw(
points=points,
title="График зависимости N1(a) и N1(2)(a)",
)
def draw_N1_Nx1(self, a, j, da=0.001):
a += da
s = Solver(a, j)
x1 = []
y1 = []
x2 = []
y2 = []
while a < s.inB**(-1):
x1.append(a)
x2.append(a)
y1.append(s.calc_N1())
y2.append(s.calc_Nx1())
a += da
s.reload(a, j)
points = []
points.append(((x1, y1), 'tmp.dat', 'N1(a)'))
points.append(((x2, y2), 'tmp2.dat', 'N*1(a)'))
self._draw(
points=points,
title="График зависимости N1(a) и N*1(a)",
)